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... cylinder with mass M and radius R. The cylinder rotates with negligible friction about a stationary horizontal axis. We tie the free end of the cable to an object of mass m and release the object with no initial velocity. Find the speed of the falling object and the cylinder just as the object strik ...
... cylinder with mass M and radius R. The cylinder rotates with negligible friction about a stationary horizontal axis. We tie the free end of the cable to an object of mass m and release the object with no initial velocity. Find the speed of the falling object and the cylinder just as the object strik ...
Ch.6 Momentum
... • momentum is conserved in collisions when all other forces are small compared to the collision forces • momentum is a vector and can be conserved in one, two, or three dimensions. • bouncing causes greater force than a stop ...
... • momentum is conserved in collisions when all other forces are small compared to the collision forces • momentum is a vector and can be conserved in one, two, or three dimensions. • bouncing causes greater force than a stop ...
What is a Vector Space?
... the “type of mathematical object” is polynomials instead of column matrices? And again for functions? And what if the coefficients are from a different number system than real numbers, such as complex numbers? Will that take weeks to learn too? The good news is that we can use the same theory and te ...
... the “type of mathematical object” is polynomials instead of column matrices? And again for functions? And what if the coefficients are from a different number system than real numbers, such as complex numbers? Will that take weeks to learn too? The good news is that we can use the same theory and te ...